yes
This statement is incorrect. Muscle tissue can be either voluntary (skeletal muscle) or involuntary (smooth and cardiac muscle). Additionally, muscle cells (myocytes) have numerous mitochondria to provide energy for muscle contractions.
Peristalsis is the involuntary muscle action of the alimentary canal. It involves wave-like contractions that push food along the digestive tract, allowing for the process of digestion and absorption to occur.
Cardiac muscle. Unlike skeletal and smooth muscle, the contraction of cardiac muscle is involuntary and requires stimulation from the nervous system. This ensures that the contractions of the heart are synchronized and coordinated.
To answer your question in brief, the Golgi tendon organ is an involuntary mechanism that serves to maintain muscle tension and prevent injury. They are groups of fibres that wrap around the tendon, and have type Ib receptors that relay activity back to your brain. Upon activation, they increase their activity, which forces the shut down of the muscle contraction in order to prevent tearing of the muscle from excessive activation.
The esophagus is primarily controlled by involuntary muscle contractions called peristalsis, which moves food from the mouth to the stomach. However, we can control the movement of food voluntarily to some extent, such as during swallowing.
True
Involuntary muscle contractions
Yes it can
It is caused by involuntary muscle contractions.
Tetany is the term for the muscle contractions that may be caused by hypoparathyroidism.
Peristalsis.
peristalsis
isometric contractions
This statement is incorrect. Muscle tissue can be either voluntary (skeletal muscle) or involuntary (smooth and cardiac muscle). Additionally, muscle cells (myocytes) have numerous mitochondria to provide energy for muscle contractions.
A muscle relaxant works by targeting the nervous system to reduce muscle contractions, helping to alleviate muscle tension or spasms.
Isotonic contractions can be preceded by isometric contractions, especially during activities that require a gradual increase in muscle tension before movement occurs. In isometric contractions, muscles generate tension without changing length, which can stabilize joints and prepare the muscles for subsequent isotonic contractions, where the muscle shortens or lengthens while maintaining tension. However, isotonic contractions can also occur independently, depending on the specific movement and muscle activation patterns involved.
Eccentric muscle contractions involve the lengthening of the muscle under tension, which allows for greater force production compared to concentric contractions where the muscle shortens. This occurs because the muscle fibers can generate more force during the controlled lengthening process in eccentric contractions, leading to greater tension development.